Carbide inserts, CVD Coating, CNMG, Black/Yellow, 10 ps/box

Carbide inserts, CVD Coating, CNMG, Black/Yellow, 10 ps/boxCarbide inserts, CVD Coating, CNMG, Black Yellow, 10 ps box CNMG inserts are diamond and trapezoidal carbide inserts. When a cutting edge of the CNMG turning boring insert becomes dull, you just need to rotate the insert in the holder to use the sharp edge. The CVD coating enables the inserts to have a much longer tool life than uncoated inserts. ANSI #: CNMG432 ISO #: CNMG120408 Insert Style: CNMG Insert Size: 43 For Turning & Boring IC: 1 2"

Carbide inserts, CVD Coating, CNMG, Black/Yellow, 10 ps/box

CNMG inserts are diamond and trapezoidal carbide inserts. When a cutting edge of the CNMG turning / boring insert becomes dull, you just need to rotate the insert in the holder to use the sharp edge.  The CVD coating enables the inserts to have a much longer tool life than uncoated inserts.

• ANSI #: CNMG432
• ISO #: CNMG120408
• Insert Style: CNMG
• Insert Size: 43
• For Turning & Boring
• IC: 1/2"
• Thickness: 3/16"
• Radius: 1/32
• Insert Grade: BPS101
• Chip Breaker: MD
• Material: Carbide
• Coating: CVD Al2O3 TICN
• Machining Parts Material: Steel
• Machining Process: finish

Product features

• BPS101 Black/Yellow Coating Grade
• CVD coated carbide grade, wear-resistance materials coated on the gradient sintered substrate which has both good hardness, toughness
• Can bear high temperatures
• For steel and steel castings finishing to roughing processing
• Continue cutting to light interrupted cutting
• Machining of gray and ductile iron at low to medium cutting speed
• For hard materials continuous cutting and light interrupted cutting from finishing to roughing
• Wet and dry processing
• Combination of fibrous TICN and fine grained Al2O3 increases abrasion resistance and anti-chipping
• Preferred choice chip breaker on General Purpose Finishing

Features of chipbreaker

• For medium-duty turning
• With broad capability for steel, stainless steel, grey and nodular cast-iron
• Operations: turning, facing and profiling
• Advantages: all-round, reliable with problem-free machining
• Limitations: depth of cut and feed, risk of overloading the cutting edge
• Components typically: axles, shafts, hubs, gears, etc